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could make foil sheets using standard xerographic processes. Specialist transparencies are available for use with laser printers that are better able to handle the high temperatures present in the fuser unit. For inkjet printers, coated transparencies are available that can absorb and hold the liquid
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Transparencies can be printed using a variety of technologies. In the 1960s and 70s the GAF OZALID "projecto-viewfoil" used a diazo process to make a clear sheet framed in cardboard and protected by a rice paper cover. In the 1980's
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ink—although care must be taken to avoid excessive exposure to moisture, which can cause the transparency to become cloudy; they must also be loaded correctly into the printer as they are only usually coated on one side.
237:, used transparencies for years in management meetings in order to brief engineers and relevant personnel about new aircraft designs and changes to existing designs, as well as bring up illustrated problems.
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for display to an audience. Many companies and small organizations use a system of projectors and transparencies in meetings and other groupings of people, though this system is being largely replaced by
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are reflective SLMs. Not all projectors use SLMs (e.g., some use devices that produce their own light rather than function as transparencies). An example of non-SLM system are
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226:, math classes in particular used rolls of acetate to illustrate sufficiently long problems and to display mathematical symbols missing from common computer keyboards.
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or SLM. Data projectors are often based on some form of SLM in a projection path. An LCD is a transmissive SLM, whereas other technologies such as Texas
Instrument's
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Some churches and other religious organizations used them to show sermon outlines and illustrate certain topics such as
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Uses for transparencies are as varied as the organizations that use them.
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artifacts during worship services, as well as outline business meetings.
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use transparencies to illustrate a point or problem. Until the advent of
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Overhead projector in operation, with a transparency being flashed
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Legend and Legacy: The Story of Boeing and Its People
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Thick-film dielectric electroluminescent technology
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60:. Unsourced material may be challenged and removed.
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1030:Comparison of CRT, LCD, plasma, and OLED displays
330:which, when used this way, is referred to as a
210:Certain classes, such as those associated with
152:(from the French word "feuille" or sheet), or
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8:
684:Surface-conduction electron-emitter display
290:. Unsourced material may be challenged and
595:Active-Matrix Organic light-emitting diode
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310:Learn how and when to remove this message
120:Learn how and when to remove this message
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27:Plastic sheet for an overhead projector
384:Electronics Weekly Magazine, November
7:
731:Ferroelectric liquid crystal display
288:adding citations to reliable sources
58:adding citations to reliable sources
805:Light-emitting electrochemical cell
1004:Large-screen television technology
25:
678:Organic light-emitting transistor
1041:Comparison of display technology
260:
34:
672:Electroluminescent Quantum Dots
416:. St. Martin's Press. pp.
252:Spatial light modulators (SLMs)
45:needs additional citations for
743:Laser-powered phosphor display
69:"Transparency" projection
1:
1009:Optimum HDTV viewing distance
999:History of display technology
887:Computer-generated holography
340:organic light-emitting diodes
160:flexible material, typically
589:Organic light-emitting diode
583:Light-emitting diode display
144:, also known variously as a
408:Serling, Robert J. (1992).
326:are used with a flat-panel
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799:Vacuum fluorescent display
523:Electroluminescent display
381:OZALID Newsletter (1963).
229:Aerospace companies, like
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646:Liquid crystal on silicon
445:Transparency (projection)
837:Fourteen-segment display
640:Digital Light Processing
843:Sixteen-segment display
529:Rear-projection display
332:spatial light modulator
179:interactive whiteboards
690:Field-emission display
605:Liquid-crystal display
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827:Eight-segment display
821:Seven-segment display
447:– semanticscholar.org
156:, is a thin sheet of
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949:Display capabilities
832:Nine-segment display
534:Plasma display panel
390:. Electronics Weekly
284:improve this section
54:improve this article
978:See-through display
882:Holographic display
560:Quantum dot display
324:overhead projectors
1060:Display technology
1020:Color Light Output
1014:High Dynamic Range
816:Dot-matrix display
811:Lightguide display
482:Display technology
352:Presentation slide
170:overhead projector
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987:Related articles
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269:This section
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242:Old Testament
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110:December 2009
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71: –
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65:Find sources:
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49:
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43:This article
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37:
32:
31:
19:
1070:Presentation
935:Transparency
934:
908:Static media
862:Stereoscopic
411:
403:
392:. Retrieved
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282:Please help
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244:battles and
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153:
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142:transparency
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52:Please help
47:verification
44:
899:Fog display
872:Multiscopic
789:Fiber-optic
701:Quantum dot
212:mathematics
158:transparent
1054:Categories
940:Laser beam
894:Volumetric
854:3D display
794:Nixie tube
774:Split-flap
659:generation
633:Blue Phase
553:generation
500:generation
394:2024-02-25
368:References
235:Beechcraft
80:newspapers
994:Scan line
968:DisplayID
925:Neon sign
915:Monoscope
757:Non-video
518:Jumbotron
342:(OLEDs).
300:June 2017
271:does not
220:geography
162:polyester
154:viewgraph
877:Hologram
784:Eggcrate
769:Flip-dot
715:display
696:Laser TV
667:microLED
597:(AMOLED)
551:Current
507:Eidophor
346:See also
185:Printing
146:viewfoil
961:CEA-861
591:(OLED)
576:Gyricon
292:removed
277:sources
216:history
196:copiers
94:scholar
845:(SISD)
739:(TDEL)
733:(FLCD)
680:(OLET)
648:(LCoS)
607:(LCD)
585:(LED)
562:(QLED)
536:(PDP)
424:
246:Jewish
231:Boeing
96:
89:
82:
75:
67:
1016:(HDR)
839:(FSD)
823:(SSD)
807:(LEC)
801:(VFD)
745:(LPD)
692:(FED)
686:(SED)
657:Next
642:(DLP)
571:E Ink
525:(ELD)
514:(CRT)
388:(PDF)
322:Many
224:LaTeX
101:JSTOR
87:books
956:EDID
778:Vane
724:TMOS
719:IMoD
713:MEMS
540:ALiS
498:Past
422:ISBN
275:any
273:cite
233:and
218:and
203:Uses
177:and
150:foil
73:news
628:LED
621:IPS
611:TFT
418:449
336:DLP
328:LCD
286:by
214:or
194:or
148:or
56:by
1056::
616:TN
420:.
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140:A
474:e
467:t
460:v
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108:(
98:·
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50:.
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